Little did Aryna Sabalenka realise that her controversial grunting in the 2018 Australian Tennis Open could assist Olympic weightlifters in Bethnal Green E1. A short yell or kiai has always been part of martial arts, and exertion is sometimes accompanied with a bit of a grunt. But, is it a technique or tactic you should use to improve your snatch and clean and jerk?
Damian Farrow (2018) in ‘All the Racquet: What science tells us about the pros and cons of grunting in tennis’, put the advantages of a grunt in simple terms.
If you grunt, you get: a 3.8% increase in groundstroke-hitting velocity and a 4.9% enhancement in velocity.
According to that report “The velocity, force, and peak muscle activity during tennis serves and forehand strokes are significantly enhanced when athletes are allowed to grunt.”
“Grunt history, gender, perceived advantages, and disadvantages of grunting, years of experience, highest level of competition, and order of testing did not significantly alter any of these results”
I must confess that the exact science behind this phenomenon slightly eludes me, but allegedly, increased force on impact lies within the concept of kinetic energy. KE is the energy of motion which is transferred on impact. KE is calculated as one half of the product of mass and velocity squared.
Grunting, so brainy people say, tightens the body core which increases the mass behind the tennis strike, thereby increasing the force on impact resulting in the increased velocity of the tennis ball.
The carry over to Olympic weightlifting at CrossFit London is obvious. If you lift quietly, the chances are you are missing out on some free energy that could move the bar to where you want it.
With the team series in full flow now and everyone’s work volume going through the roof the coaches are starting to see a bit of an increase in elbow and wrist pain. The key preventative here is not exceeding the acute to chronic work ratio. In other words if you’re raising the amount of work you’re doing more than 10% over each four week block. For more info on this look at the work of Tim Gabbett.
At CFL the most common manifestation in this is golfers elbow (inflamation of the tendons and other connective tissue around the elbow).
Tendons are a dense type of connective tissue that connect muscle to bone. They are found at each end of the muscle where they attach to the muscle at what is called the Musculotendinous Junction.
Here the muscle fibers start to become intertwined with the tissue of the tendon which ultimately attaches to the bone. The opposite end of the tendon attaches to the bone at what is called the Osteotendinous junction (“osteo” means bone) and this is what allows muscular contraction to exert force on that bone to generate movement. Tendon can become injured in a variety of ways with tendinitis being perhaps the most well known.
This is just inflammation of the tendon (“itis” means inflammation). Tendinitis can occur acutely but is probably most commonly caused by chronic overuse of the tendon that causes it to become chronically inflamed. In recent years this type of chronic inflammation is more commonly called a tendinosis.
The research on fixing tendinitis is very much pointing towards eccentric work:
– Maffulli N, Walley G, Sayana MK, Longo UG, Denaro V. Eccentric calf muscle training in athletic patients with Achilles tendinopathy, Disabil Rehabil. Advance access published 2008
– Sayana MK, Maffulli N. Eccentric calf muscle training in non-athletic patients with Achilles tendinopathy, J Sci Med Sport , 2007, vol. 10 (pg. 52-8)
– Rees JD, Lichtwark GA, Wolman RL, Wilson AM. The mechanism for efficacy of eccentric loading in Achilles tendon injury; an in vivo study in humans, Rheumatology , 2008, vol. 47 (pg. 1493-7)
In fact in a study on soccer players with adductor tendinitis loading was around 13 times better than rest and ultrasound in facilitating return to play.
So to implement a successful (and pain free) RTP we need to find a way to load you without pain. The adaption we are looking for goes like this:
initiation of movement under load -> chemical signalling -> increased protein synthesis.
This works with the cells in the tendon responding to tension, shear, and contraction. The stimulus from this forces creation of at these new tissue:
We love flexibility, and we humans are particularly good at it. Noah el Harari (he wrote Sapiens), credits flexibility and adaptability as the reason we’re still here, and you speak to anyone in the current day and there’s a serious desire to have a flexible life, without rigidity or structure.
It’s defined as the ability to be easily modified, or the willingness to change or compromise – don’t we all want these. But what about flexibility in the body? No, I’m not talking about being able to do a back bend, I’m talking about the ability to shift between fuel sources depending on the situation – this is the modern phenomenon of metabolic flexibility. Yes, this does means that you can burn fat when you want!
So what is it?
Cell defines metabolic flexibility as “the ability of an organism to respond or adapt according to changes in metabolic or energy demand as well as the prevailing conditions or activity.” Goodpaster (2017).
Though the sexier definition comes from Dr Mike T Nelson, who states that “Metabolic Flexibility enables you to (1) transition between fats and carbohydrates so you can burn more fat when you’re not exercising; and (2) use carbohydrates when you are exercising to fuel that activity and perform at a higher level.”
Forget bulletproof coffee, this sounds like the ultimate “biohack.”
Not only does Metabolic Flexibility have huge effects on looking better naked, but it can drastically improve one’s overall heath and quality of life. In fact, our ability to be metabolically flexible has strong links with mitochondrial function, insulin sensitivity and oxygen utilisation (Goodpaster, 2017). It’s not a new concept either, metabolic flexibility has played a crucial role in our survival, as we would have frequent periods of fasting and indulging, forcing the body to go through physiological change to create a more robust human – you could easily argue that we wouldn’t be here if we didn’t have metabolic flexibility.
Kelley et al. (2002) sums it up well: “Due to possible discontinuities in both the supply and demand for energy, humans need a clear capacity to use lipid and carbohydrate fuels and transition between them.(1)”
So let’s look at someone who’s metabolically flexible. These guys are more likely to be lean, active and can go long periods without food. Part of this is being used to using fat as a fuel source and not having huge peaks and troughs in energy that’s dictated by how log ago their last top up of sugar was. There have been correlations with those who undergo intermittent fasting and a ketogenic diet being more metabolically flexible, but then there is solid research on hunter – gatherer communities who live mostly on carbohydrates demonstrating a good level of metabolic flexibility as well. So this topic goes beyond macros and into about lifestyle, genetics and the microbiome.
On the other hand, let’s look at someone who is “metabolically inflexible.” This person is probably overweight, inactive and might kill someone if they don’t have access to a bagel. Why? Well, their energy peaks and slumps throughout the day as they move from each sweet treat to the next…. These folk are “sugar burners” Many of these folk are victims to the modern food system that’s littered with refined carbohydrates, and are supported by it as well (it’s like an abusive relationship). “A little Hungry? Great! Have this delicious cheap sweet thing then come back in two hours for another.”
As we know, this leads to huge blood sugar fluctuations, overconsumption of nutrient poor and calorie rich food, obesity and dietary related disease. These guys have a really tough time burning fat and getting lean, as they’re running on sugar. Once sugar depletes, there’s a serious craving for more sugar.
Okay Steve, I’m sold, how do I become more metabolically flexible?!
How to get more metabolically flexible.
Shocker I know, but if we move our bodies, we become healthier. Which exercises make me more metabolically flexible you ask? Well, it seems that constant movement (not being a desk jockey) with high intense resistance training is a great combo. So go for that morning walk and follow it up with a weights session, and throw SOME higher intensity stuff in there….
2. Cut down on refined carbs:
Breads, bagels, pastas, sweets, they’re all going to halt your ability to become a “fat burner.” Why? Well the body is likely going to be using these as fuel first, kind of like paper on a fire, but we’re continuing to top up on paper (or bagels) then your body doesn’t have an opportunity to access fat stores for energy.
The most important one on the list, a bad night of sleep is the best way to become sugar dependent – Noticed how good all that junk food looks after a night of bad sleep? The Journal of Clinical Endocrinology and Metabolism found that ONE night of shortened sleep led to insulin levels that looked like that of a type 2 diabetic in healthy people. Good luck saying “no” to cake at the office in this situation.
4. Follow time restricted eating:
The whole intermittent fasting phenomenon follows similar principles of metabolic flexibility. Giving your guts some time between meals and eating in a window (8 hours seems to be opimum) has shown to improve hunger swings, fat burning capacity and metabolic flexibility (Obesity Society). An easy way to do this is having your first meal at 10am and your last meal at 6pm.
5. Chill out
Most of the points above are redundant if we don’t consider the impact of stress on the system. The father of this topic, Dr. Robert Sapolsky has studied the impact of stress and it’s impact on homeostasis at length. His findings show that chronic, prolonged stress alters insulin levels, blood sugar levels, frontal lobe function (responsible for decision making), and has a direct impact on our ability to burn fat.
Concluding, the phenomenon of metabolic flexibility is a key health marker and has a significant impact on our ability to not only look better naked, but to build a more resilient body that’s resistant to dietary related diseases. As always, it takes a holistic approach to achieve this level of health, taking into account fitness, nutrition and lifestyle factors.
Steve is a Functional Diagnostic Nutrition Practitioner. While based in London, he works with clients around the world to restore health using fitness, nutrition and lifestyle protocols.
*Disclaimer: This post is for information purposes only, and is not designed to diagnose or treat any disease. Always seek help from a medical professional whenever you undergo any dietary change.
Donga et al. (2010) A single night of partial sleep deprivation induces insulin resistance in healthy subjects. The Journal of Clinical Endocrinology & Metabolism, Volume 95, Issue 6, 1 June 2010, Pages 2963–2968
Freese et al. (2017) The sedentary revolution: Have we lost our metabolic flexibility. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5710317/
Goodpaster, B., & Sparks, L (2017) Metabolic Flexibility in Health and Disease. Cell Metabolism. https://doi.org/10.1016/j.cmet.2017.04.015
Kelley, D.E., He, J., Menshikova, E.V., Ritov, V.B. (2002) Dysfunction of mitochondria in human skeletal muscle in type 2 diabetes. Diabetes. 51(10).
Moro. (2016) Effects of eight weeks of time – restricted feeding (16/8) on basal metabolism, maximal strength, body composition, inflammation and cardiovascular risk factors in resistance trained males. Journal of Translational Medicine
The much misunderstood “core”. It might be the most misunderstood structure in the body. There is no way that I can make a real dent on the whole subject in one short post but hopefully I can elucidate you in some small way.
When the average person thinks of “core” (which is actually a great term which has unfortunately been bastardised to the extent that it actively annoys me) it’s usually just abs on their mind. Which is fine, abs are cool, they look great and the 100% have a role to play in performance and aesthetics.
Abs and core are not synonymous.
You know that the core is way more than that. When I think of what core training involves I block it as everything above mid thigh and everything below the shoulders (abdominals in the front, paraspinals and gluteals in the back, the diaphragm as the roof, and the pelvic floor and hip girdle musculature as the bottom, inside all of this there is 29 separate pairs of muscles that help stabilise the spine and pelvis (2)). Another way to look at is everything that isn’t peripheral. Whilst I like to define it as above (mid-thigh to shoulders) for ease there is a very strong argument, which I wholeheartedly support, to include the muscles of the jaw and neck into the core, the reason why I’ll cover below (way below, I can already tell I’m going to get carried away.)
Before I go any further into it though what the core is we need to define it’s role as best possible within the confines of this article.
THE ROLE OF “THE CORE”
Whilst there is no common consensus on the exact anatomy, physiology, and methods of how to evaluate a clients “core” functionality, the role on the core is undeniable in terms of proper load balance in the kinetic chain, maximising a persons functional range of motion (proximal stability = distal mobility (7)), providing a base of support for maximises force production as well as protecting the joints by decreasing/minimising joint load, shear, compressive, and translational forces throughout the body (1,2). From a performance point of view it’s easy to see that there is a huge benefit from training “core stability” but one of the most common pathologies we come across as coaches is a client with lower back pain.
Punjabi has described clinical instability (i.e. instability when there isn’t a structural defect cause which may necessitate surgical intervention) as “the loss of the spine’s ability to maintain its patterns of displacement under physiologic loads so there is no initial or additional neurologic deficit, no major deformity, and no incapacitating pain”(3). Clinical lumbar instability in this sense has been cited as a significant cause on lower back pain (4, 5). A meta-analysis of 39 (this is good) randomised trails that investigated treatment of chronic low back pain of non-specific origin with an exercise intervention found a “beneficial effect for strength/resistance and coordination and stabilisation exercise programs over other interventions (6). It’s worth noting in the same meta-analysis that they found little to no benefit from combining the strength/resistance work with “cardio”. From a purely anecdotal point of view with evidence I’d suggest that this is down to people losing pelvo-lumbar control when one hip is in flexion and the other extension (assuming that the cardio prescribed is running, x-trainer, cycling, swimming) and the stability in around the hips and lower back, so as you’re teaching a more stable, controlled lumbar and hip complex with the strength work you’re teaching a less stable/more unstable hip complex at the same time which results in a conflict of adaptation (the adaptation being what any intervention is actually about) and no real change hence no alleviation of lower back pain symptoms. Again, complete conjecture on my part and would need further study.
Riiiiight, I’m aware that this is getting on a little bit. So a really quick round up of this so far:
Core means everything which isn’t arms and legs (and even then it’s a little bit of legs).
Building a strong core is hugely important for increasing your CrossFit performances.
There is a statistically significant benefit on lower back pain from consistently performing core stability exercises.
More than Sit-Ups and the Breathing-Bracing Continuum,
Looking back to developmental movements when, as babies, you first started moving, the first thing that happened was you start wriggling around like a madwomen and learning to, at a very basic level, activate and control all the muscles above. To quote directly from the work of Kobesova and Kolar,
“This allows for basic trunk stabilization, a prerequisite for any phasic movement and for the locomotor function of the extremities.“(9)
So we know that not only is core stability a prerequisite for movement (from crawling, to walking, to gymnastics and lifting) but on top of that recent research into the “mind-muscle connection” shows that by understanding what muscles we’re trying to activate, including there position and function, can improve the contraction and activation (10,11).
To start to delve into how we might address “core training” we need to move to a slightly more global view of what the core musculature actually does. As noted above above the core consists of:
abdominals and accompanying fascial complex in the front,
paraspinals (think lats, spinal erectors (lumbar and thoracic ), traps as a whole and rhomboids) and gluteals in the back (personally I’d like to include hamstrings in here as well),
the diaphragm as the roof,
the pelvic floor and hip girdle musculature as the bottom including
internal stabilisers of the spine and pelvis (External and internal obliques and Transverse Abdominus (TvA), Mulitfidus, Quadratus Lumbrum (QL), Psoas, Illiacus (preferably not to be thought of combined with Psoas (8)), and various ligamental structures that I’m not going into right now).
I’m our case we’ll move away from specific muscle action as soon as possible but before that we need to have an idea about what muscles are working and where they are so we can address bracing and core stiffness with some specificity as well as improved performance
*NOTE: It’s our responsibility as coaches to educate our athletes as much as will help them. I’m not saying they need to read something like this but whatever you can do to help them understand why they’re doing something is a big deal and will help create buy in and trust.*
When anybody talks about core stability a huge part of this can be perceived as “bracing”, defined as:
Whilst it isn’t an exact comparison to what we’re talking about it nicely gets across the message that when we talk about bracing and core stability we are really talking about increasing rigidity,pressure, and tension throughout the body.
And here is finally where we can talk about application!!
When you ask most people who lift about bracing you get a lot of big breathes into the stomach, which is okay. It’s like having half the answer and is way better than hollowing which is, frankly, detrimental to sports performance (13). Application for you is tuning up or down the stiffness you’re creating as it’s applicable to you goal. If you’re doing a 2000m swim then maybe you don’t need to create the same tension as you would for a maximal loaded carry.
I know this isn’t super actionable, at least not straight away, but with some practice and consistent employment of the principles you can learn where and when certain levels of bracing is appropriate. More importantly you should now understand what you’re trying to achieve and why.
Kibler, W., Press, J. and Sciascia, A. (2006). The Role of Core Stability in Athletic Function. Sports Medicine, 36(3), pp.189-198.
Akuthota, V., Ferreiro, A., Moore, T. and Fredericson, M. (2008). Core Stability Exercise Principles. Current Sports Medicine Reports, 7(1), pp.39-44.
Panjabi, M. (2003). Clinical spinal instability and low back pain. Journal of Electromyography and Kinesiology, 13(4), pp.371-379.
Delitto A, George SZ, Van Dillen LR, Whitman JM, Sowa G, Shekelle P, et al. Low back pain. J Orthop Sports Phys Ther. 2012;42(4):A1–57. doi:10.2519/jospt.2012.0301.
Long DM, BenDebba M, Torgerson WS, Boyd RJ, Dawson EG, Hardy RW, et al. Persistent back pain and sciatica in the United States: patient characteristics. J Spinal Disord. 1996;9(1):40–58.
Searle, A., Spink, M., Ho, A. and Chuter, V. (2015). Exercise interventions for the treatment of chronic low back pain: a systematic review and meta-analysis of randomised controlled trials. Clinical Rehabilitation, 29(12), pp.1155-1167.
Mattacola, C., Kiesel, K., Burton, L. and Cook, G. (2004). Mobility Screening for the Core. Athletic Therapy Today, 9(5), pp.38-41.
McGill, S. (2009). Ultimate back fitness and performance. p.78.
Kobesova, A. and Kolar, P. (2014). Developmental kinesiology: Three levels of motor control in the assessment and treatment of the motor system. Journal of Bodywork and Movement Therapies, 18(1), pp.23-33.
Calatayud, J., Vinstrup, J., Jakobsen, M., Sundstrup, E., Brandt, M., Jay, K., Colado, J. and Andersen, L. (2015). Importance of mind-muscle connection during progressive resistance training. European Journal of Applied Physiology, 116(3), pp.527-533.
Critchley, D. (2002). Instructing pelvic floor contraction facilitates transversus abdominis thickness increase during low-abdominal hollowing. Physiotherapy Research International, 7(2), pp.65-75.
Collins, W. (2011). Collins dictionary. London: HarperCollins.
McGill, S. (2009). Ultimate back fitness and performance. p.75-76.
If you’re reading this blog, odds are you’re already neck-deep in the CrossFit Kool-Aid, so I won’t waste your time explaining the whole ‘CrossFit’ thing to you. But that means you’re all too aware that life can be a struggle for the CrossFitter about town. Tearing your hands. Having to explain what CrossFit is every time you mention it (which is frequently). Getting out of bed after Annie. Walking up stairs after Cindy. Having to turn down an invitation to thirsty Thursday because it’s Fran tomorrow and you need to beat your PR.
Life is tough.
Here are 10 life-hacks to make your day, inside and outside of the gym, a little bit easier. These aren’t wishy-washy ‘eat clean’, ‘trust the process’, ‘take a rest day’, ‘work on your weaknesses’ type hacks. We all know them, and we know we ignore them. These are real-life, genuinely applicable hacks to make your CrossFit lives easier.
#1 Accessory Successory
More accessories means better CrossFit. You perform better with knee sleeves, wrist wraps and headbands on. You just do. You’re sure of it because of that one winter when your knee hurt a bit and now you need knee sleeves for every WOD. Unfortunately, CrossFit makes you sweat. Sweat breeds bacteria. Bacteria smells like ass. Ergo, your accessories smell like ass.
The solution: don’t put on a special cold-wash cycle for these little things. Take off your knee sleeves, wrist-wraps and other fabric accoutrements in the shower, pour some shower gel on them and give ’em a stomp. They’ll be dry and smelling sweet by the next day ready to wear again.
#2 On your knees
Speaking of knee sleeves, they have another purpose other than smelling like death and protecting from imaginary injuries.
Got a lunging WOD coming up? While the rest of the class bumbles around getting a mat – which they will then repeatedly trip on throughout the workout – slip on a pair of thick, cheap sleeves and your knees will be nice and protected wherever you may lunge.
Rocktape currently has a sale on their KneeCaps (true as at 26th Aug 2018) and are selling them for £12.99 per pair (not per sleeve as is often the case).
#3 Fail to prepare (your nutrition), prepare to fail!
(Get ready! Shameless self-promotion coming up)
Most of us do CrossFit because we want to look good naked. Unfortunately the hard part isn’t the WOD, it’s the other 23 hours of the day. If you’re not fuelling properly, you’re not going to get the results you want.
If only there was some sort of shop, cafe or ‘refuelling bar’ right in the gym. Oh wait, there is!
You can get NOCCO, coffee and various protein-infused treats at SE11 and CFL, or in the Shake It bar at CFL you can pre-order your shakes before the workout and pick them up on your way out (after you’ve taken your knee-sleeves for a shower).
Even if you don’t buy something from the gym, eat something. Anything.
#4 Don’t hang your WOD from the end of your rope
Have you ever been mid-way through a WOD only for the fastener to come off your skipping rope and ruin what was bound to be a white-board-topping time? If not, odds are you’ve seen it happen to someone else and watched them scrabble around on the floor trying to find their little rope screw fastener thingy.
Are you planning on growing any taller? No? Then you don’t need your rope to be adjustable anymore. Superglue down the plastic nubbins at end of your rope and you’ll never have to worry about it coming apart again.
#5 Peeing clearly
We workout, we sweat, we lose fluids, we drink more. But even before you did CrossFit, odds are you weren’t drinking enough water. Now that you are, the likelihood is that your water deficit is even greater.
While you’re at work, have a 2 litre bottle of water sitting on your desk as a constant reminder to drink. That two litre bottle needs to be empty by the end of the day. When it is, fill it back up, pop it in the fridge, and it’ll be ready for tomorrow.
Or better yet, buy our exclusive CFLDN water bottle and be the envy of your friends and super-hydrated at the same time.
#6 Hipster Hair Hack
A few years ago this hack would have been aimed almost exclusively at the ladies, but with the rise of the man-bun, this is no longer the case.
If you have long hair, you’ve likely had your ponytail come loose during a WOD, or got it caught under a bar bringing it down onto your back, or even been stupid enough to trap yourself under a foam roller. Don’t be that guy (or gal).
Leave a few spare hairbands around your water bottle, so that you’re never caught short during your next hair-related emergency.
Man-bun don’t look so silly no more, do it?
#7 You call that a knife? This is a knife!
Thick, hard calluses tear.
Thin, soft ones don’t.
Torn hands = no CrossFit.
You do the maths.
‘Corn and callus knife’ available at Boots to shave down those thick bits o’ nasty skin.
Make sure to replace the blade frequently and don’t be too aggressive with it! It’s still a knife.
#8 Double deadlift hack
I heard once that more injuries in the gym come from loading and unloading bars with careless form, than they do from the actual lift. That may or may not be true, but the next time you load a bar consider what your spine looks like vs how it looks when you perform the deadlift.
Love them or hate them, at some point you’re going to have to pick up a heavy thing at the gym. Whenever deadlifts roll around, first thing you should do is pick a spot by the plate stack. Save yourself time shlepping plates back and forth by loading up right next to the stacks.
Next hack: loading and unloading. You only have two hands to lift the bar off the floor and slide new plates on at the same time, which gets tricky as things get heavier. Don’t bother buying a deadlift jack; save yourself some time and money and grab a 0.5kg plate. Roll your loaded bar onto that plate and it will raise the bar a few millimetres off the floor, and enough that a plate will slide on or off with ease.
#9 Get a grip
Are you using a hook grip yet? No? You’re an idiot.
You know those CrossFit fail videos where someone wrenches a bar off the floor, only for their hands to slip and then they fall on their ass? Odds are they weren’t using a hook grip. There’s not an elite-level CrossFitter or Olympic Lifter in the world who doesn’t use this grip. You should be using it too.
If you’re not using it yet, here’s how to start:
Every time you pick up an empty bar and the class starts doing drills, do it with a hook-grip (see picture). Then go back to your normal grip when you add weight. It will hurt, but it won’t hurt forever. Do this for a few weeks and eventually the hook-grip will feel like second nature and your regular grip will feel weird.
But it won’t happen until you do it. Start light. Stick with it.
#10 He ain’t heavy, I do CrossFit
I’m sorry to tell you, you’ve been doing partner-carries all wrong. Forget piggy-backing. Piggy-backs are for babies and pigs (presumably).
Check out this video which explains the Fireman’s carry.
(Recognise the gym? That’s what Malcolm Place looked like in 2011!)
Admit it, you’ve Instagrammed a picture of one of your bloody hands after doing a WOD and felt pretty chuffed about it. Apart from making you look hard in front of your friends, ripped hands are not only painful and sore but can bring your training to a halt. They are a terrible plight on any aspiring hand model and also the anti-gainz for all us regular folk. In this blog, I’ll answer questions about hand management ranging from prevention, treatment, and which grips are best.
Calluses are your best friend and greatest foe. Rip prevention is about maintaining an even coverage of calluses around the palms of your hands. If you’re new to CrossFit and your hands are only used to typing on a computer, you will need to gradually build up some calluses by handling bars, dumbbells, and swinging about on the rig. Once you start to build up some coverage, you will need to monitor how much you build up. If your hands start to get bumpy with varying thickness of calluses, this is when you will need to start shaving your hands. You rip when one of these raised, rough calluses begin to pull away from the surrounding skin. To prevent this, you will need to buy yourself a callus shaver and a pumice stone or nail file to even out some of the hard to get areas.
Shave your hands after a hot shower when they are at their most supple. Be careful not to go to town so make sure you leave some coverage on there. If there are some bumpy areas that you can’t get with the callus remover, smooth them out with a pumice stone or nail file. Doing this the night before a rig based WOD can make ALL the difference. You should try to shave your hands once a week to prevent ripping.
It doesn’t go well with the hard image some of us like to give off but moisturising everyday is key! It has become my ritual to apply cream to my hands every night before bed. Chalk, cold weather and the wear and tear of gym life really gives our hands a battering. It doesn’t matter which brand you use, just make sure you keep those hands moisturised!
London life is hectic and you won’t always remember to keep your hands supple and smooth. Eventually, at some point, you will rip. What you do next is key to maximise recovery. Firstly, wash your hands of dirt, chalk, and blood. It’s important to keep the wound clean no matter how much it stings. It will also be important to cut away any overhanging flaps of skin and calluses. DO NOT PULL THEM AWAY!
Once that’s done, you will need to dress your wound and cover it up with a bandage. It’s incredibly important to keep the wound moist and covered as this has been proven to accelerate healing. You can do this with any of the following products:
Keep changing the plaster or bandage with your product of choice at least twice daily. This serves two functions: to ward off infection and promote collagen synthesis. Moist wound healing promotes production of collagen by the fibroblasts. Since collagen is the basis of the new tissue that will heal the wound, this increased production helps the body lay down the matrix for new tissue more quickly so that the cells necessary for healing are attracted.
Buying yourself a pair of hand grips will also go a long way to preventing rips and keeping your hands from getting too sore. There are several types of guards you can wear ranging from tape, neoprene grips, fabric grips, leather gymnastic grips, and even gloves. My two favourite are the fabric grips and leather gymnastic grips.
Tugasox False Grip
Fabric grips are fantastic because they provide minimal interference but good coverage and protection. The fabric moulds and stretches to your hands so it doesn’t feel like you’re wearing anything at all. I have found that some fabric grips, such as Jaw Grips, tear and rip quite easily. We have been using False Grips at CFLDN for a few years and they are fantastic. So much so that we sell them in the shop!
Hand management should be just as integral to your daily routine as stretching, nutrition, or sleeping. You want to be able to train at your best and perform the programmed movements without painful hands. When you do rip, be prepared and minimise the amount of time your hands are out of action. If you don’t have a pair of grips yet, make your way to the shop and we’ll measure out a pair for you.
How often do you do your WODS at 120%? How often do your train to your strengths whether its endurance or a short WOD? If you are, then you could be limiting yourself and not reaching your potential as an athlete.
What’s the solution? – Think about training your aerobic capacity.
How does it work? Basically, your body has one energy currency – a chemical called adenosine triphosphate (ATP). Energy is released from molecules of ATP when they break apart and form another chemical called adenosine diphosphate (ADP). The snag is that you only have a limited store of ATP in your muscles, so to keep training, your body has to convert ADP back into ATP to keep releasing energy.
Still with me? The body uses three systems to release energy depending on your physical state: Creatine Phosphate (anearobic), Lactate (anearobic) and Aerobic (or oxygen). When you are physically active, the body can use all of these systems together but when you continue with activity, the right one for your physical effort and condition takes over.
So let’s break them down:
CP (anearobic) – This process creates energy for maximum exertion (1 RM – snatch or 100 metres sprint) but causes maximum exhaustion after 10 seconds. The system is restored after approx. 5 mins rest.
Lactate (anearobic) – This is your body’s energy safety net. It takes over when your CP is near exhaustion and also supports your aerobic work when there isn’t enough oxygen in your cells. But as we all know, depend too much on this and you get a lactic build up in your muscles which causes painful cramps.
Aerobic – Your cells actually produce more ATP when they have enough oxygen using carbohydrates, fat and protein in the cells. This process lasts as long as oxygen can be supplied, so using this energy system depends on the strength and efficiency of your heart and circulation.
So your body does this automatically right – like breathing? All you have to do is work your muscles and all three get better? Wrong! Although your body chooses which system to use depending on your state and activity, you can improve the resistance of each system if you train them specifically.
The aerobic capacity is the big daddy – the Don Corleone of the three. If you work on this, then generally you can improve your performance in the other two systems. But if you push too hard, then your cells will exhaust their oxygen supply and you move into the lactate anaerobic system.
Think about it – your aerobic capacity is your ability to sustain a certain level of effort over a period of time without you needing a significant rest. If you have just finished a WOD and you are lying on the floor too exhausted to even think about how you are going to get home, you went beyond your aerobic capacity. To train effectively, you need to train within the aerobic zone. You should only go full out when you are testing or competing.
If you train your aerobic capacity, you will improve your overall resistance, performance and work capacity but you have to stay in the aerobic zone.
This topic is close to my heart. It represents a big mindset change for me roughly a year ago and the deeper I go into it the more I see the effects of people not understanding the difference between training and testing.
So let’s start with Testing.
At the beginning of your CrossFit career, especially if you were relatively inactive or had no sporting background prior, you will receive the great gift of beginner gains. Effectively this is the concept of moving more and getting better at most skills. There doesn’t need to be too much structure around your training, you simply have to be more active and move well in order to get better. Depending on the person, this can last anywhere between 3-4 months and 2 years. We embrace this concept with open arms and by moving more, 90% of the time we get fitter and stronger. It’s a pretty sweet deal. Therefore, testing frequently gives us a good high, we’re getting better on paper in most disciplines
Now depending on the person and how resilient they are to training along with the other factors of stress in their life, they inevitably come to a road where progression seems to be a lot harder to come by. At this point we have to be a little more refined, you can’t simply move anymore just to get results. If fun is what you’re looking for then by all means keep doing what you’re doing. At Stage 2 we have to start looking at the overall stress that is going into the body. Testing frequently will be detrimental to your progress as the stress on the nervous system means that you simply don’t have enough in the tank to operate for the proceeding sessions. This is not muscle soreness, this feeling manifests itself in trouble sleeping, broken sleep, anxiety, having to try harder to get the same results and a slightly more run down feeling.
If you’re feeling like you “should” probably go to the gym rather than I “want” to go to the gym. This could be you.
Testing at this point will be very dependent on “how you feel”. You might PR, but there will be days when everything just feels heavier than it should.
“I’ve got a hip/back/elbow/knee issue”
“How long have you had this?”
“What now? You’ve had a niggle for two years?”
Time to start thinking about whether this is a niggle or whether this is something more chronic.
Testing now is definitely detrimental to your progression and you should be minimising the amount of load going through your body. Simply put, stop smashing yourself.
If we take a moment to stop and think about where we are in our fitness journey, analyse what really needs improving, we can then start to draw a road map.
We will take a strict pull up as an example. A big benchmark for a lot of people.
What strength is needed?
Lats, rhomboids, elbow flexors (Biceps).
What movement skips the use of a lot of these?
The kipping pull up.
It is to that end that the kipping pull up is one of the worst exercises to facilitate the growth of a strict pull up.
Most of us know by now that this is the case for pull ups, but this applies to other gymnastic movements and weightlifting movements however the idea of testing is exciting so we sometimes over indulge in it and that’s when niggles and injuries start to creep in.
So how does this apply to class?
Instead of building to the heaviest possible lift, challenge yourself to not increase the weight unless your footwork was perfect. Challenge yourself to not miss a lift. Remember your body learns from the lifts you make and don’t make. So if you make 60% of your lifts and are able to snatch 70kg 60% of the time, you’re limiting your growth potential within that movement.
In training we take the results from testing and build on those. Testing too frequently means you never end up training. Your results then drop down due to over stimulating your nervous system and when testing does eventually come around you’ve got nothing in the tank.
Testing is dependent on the person. I like to use the guideline below:
Beginner to CrossFit (>6 months): Test frequently. You can’t easily burn yourself out through fitness so you can test frequently and likely see good results. (Be careful as you can still burn out through overload of work/lack of sleep/poor nutrition).
Intermediate to CrossFit (6Mo-5 years): Depending on what you are testing, we can test every 8-12 weeks. Management of nutrition/sleep/lifestyle is now important to keep linear results.
Advanced CrossFitter (5-15 years +): You now don’t need to be testing theoretically. It might be nice to test now and then but essentially you will get the most results from being consistent with your training. At this point you should have learnt your body by now. I often say to people in this category, you go by feel. 90% of your 1RM might feel like 110% one day so bring it down or consider not doing the session at all. Your body is telling you something. Intensity is not as important here, but more a structural foundation and a game plan as to where you want to go. Intensity is easy, being smart is not.
As you guys and girls may or may not know I’ll be running assessments for the people who want them. But this raises a very pertinent question:
Why should you want an assessment?
Which is perfectly valid. You should really question everything and know why you’re doing stuff. What will the assessment tell you that is worth knowing? The easy answer is it tells you your strengths and weaknesses. At least relative to yourself if not in absolute terms.
Alas, easy answers are, as per usual, not good enough.
Knowing your why your goal is your goal and Key Performance Indicators
To get to understanding the reason to get an assessment we need to start with or figure out your “why” (not really related to Simon Sinek but also if you haven’t read “Start with why” you really should).
Why are you at CFLDN? What are you trying to get from your membership?
This can be anything, it’s your prerogative. Anything from just wanting to enjoy the community to competing at the games is a legit goal but have wildly different applications in terms of assessment. If you already know why you’re here congratulations for being ahead of the curve. If not, take a couple of days to have a proper think about it.
A goal comes with Key Performance Indicators (KPI), those things that are crucial to achieving the desired outcome. Then we have Secondary Performance Indicators (2KPI), those things central to the KPI’s. Tertiary Performance Indicators (3KPI), at which point you understand the concept.
This is where we come to the need, or not, of an assessment once you have unearthed what your goal is. Is your goal at all performance related? I’d define pretty much anything that includes the term “improve” as performance:
Improving body composition (losing fat and retaining/building muscle)
Improving Fran times
etc. it’s not an exhaustive list.
If your goals are ANYTHING like this then you need to get an assessment to find out where you are. When you know where you are you then can see what KPI, 2KPI, and 3 KPI’s you’re weak in and therefore where your training and programming needs to be focussed.
What the assessment involves:
This is what the assessment process will test so you can see that once that’s done we have a VERY complete picture of where you are.
Energy Systems: The ways in which the body produces the energy to work. Aerobic System: The recovery system for higher output work. Also used for lower output and longer duration work. Primarily fat and oxygen as fuel source. Glycolytic System: The short-term energy that’s used to fuel near maximal intensity work for upto 3 minutes-ish. Sugar is it’s primary fuel source but it’s also worth noting when Hydrogren + ions are produced as a by-product it inhibits muscle activity. So too much time in this energy system range and without a sufficient aerobic capacity to clear the H+ results in a very quick and significant decrease in performance Phosphor-Creatine System: The MAX energy system. When your body needs to produce the highest output possible it needs the the potential energy that comes from the PCr uncoupling to provide immediate fuel. The reformation of PCr needs energy produced by the aerobic system. This means that if you want to consistently produce maximal effort outputs you need both a highly developed PCr system AND and highly developed Aerobic System
Strength: Strength Endurance: A muscle or group of muscles ability to repeatedly produce non-maximal force Maximal Strength: A muscle or group of muscles ability to produce the most force Power:The ability to produce high force rapidly Movement: Low Threshold Non-Fatigued: Unloaded, slow, low skill movements without fatigue Low Threshold Fatigued: The same movements under a state of fatigue High Threshold: Movement which is fast, heavy, complex or a combination of any 2 or all.
This is the important part. Once the assessment is done we can create a visual representation of where your strengths and weakness are, we can compare that to your KPI stream and then build an individual program for you that’ll address the KPI’s and build where needs it. Which brings us back round to the programming 101 and how to write programming by adaptation.